Research Grants22

..Characterize two mutants, seg-1 and seg-2, that suppress the shortened lifespan of gas-1. These results will, for the first time, allow a correlation of the effects of ubiquinone on respiration with those on lifespan. ..

..Characterize two mutants, seg-1 and seg-2, that suppress the shortened lifespan of gas-1. These results will, for the first time, allow a correlation of the effects of ubiquinone on respiration with those on lifespan. ..

..Characterize two mutants, seg-1 and seg-2, that suppress the shortened lifespan of gas-1. These results will, for the first time, allow a correlation of the effects of ubiquinone on respiration with those on lifespan. ..

..Characterize two mutants, seg-1 and seg-2, that suppress the shortened lifespan of gas-1. These results will, for the first time, allow a correlation of the effects of ubiquinone on respiration with those on lifespan. ..

..3. To measure the effects of anesthetics on stomatin deficient mice. This approach is the logical extension of the successful use of a model system such as C. elegans to demonstrate its applicability to mammals. ..

..3. To measure the effects of anesthetics on stomatin deficient mice. This approach is the logical extension of the successful use of a model system such as C. elegans to demonstrate its applicability to mammals. ..

..3. To measure the effects of anesthetics on stomatin deficient mice. This approach is the logical extension of the successful use of a model system such as C. elegans to demonstrate its applicability to mammals. ..

..3. To measure the effects of anesthetics on stomatin deficient mice. This approach is the logical extension of the successful use of a model system such as C. elegans to demonstrate its applicability to mammals. ..

..3. To measure the effects of anesthetics on stomatin deficient mice. This approach is the logical extension of the successful use of a model system such as C. elegans to demonstrate its applicability to mammals. ..